This investigation introduces the optimal performance models for predicting the compressive
strength (CS) and pozzolanic activity index (PAI) by comparing the machine learning …

One of the most feasible approaches to reduce the carbon footprint of concrete, a critical
contributor to global CO 2 emissions, is to consider the high-volume replacement of cement …

This study examines the properties of cementitious composites incorporating volcanic ash
(VA) and dune sand. The effect of five mix design parameters was studied using the Taguchi …

Volcanic rocks, with their diverse physicochemical properties, are pivotal in numerous
scientific and industrial applications. This review comprehensively examines the …

Environmental degradation is escalating due to increasing pollution caused by raw material
depletion and the growing demand for concrete products. Manufacturing various building …

Providing an eco-friendly replacement for cement in cementitious materials mitigates not
only its consumption but also the environmental effects such as extraction of natural …

This review explores the potential of water hyacinth (WH) as a sustainable material in
cement-based applications, focusing on its use as an addition, admixture, and fiber …

The nano-engineered cementitious composites (NCC) were prepared using gC 3 N 4/CoAl-
LDH nanoflower (nano-CN/L), in combination with mineral admixtures including fly ash (FA) …

The rich availability of seawater and sea sand offers an alternative material resource for
concrete production. However, the mechanical performance and durability of such concrete …

Reinforced concrete structures face significant annual expenditures in combating rebar
corrosion, with chloride penetration identified as a major contributor. This study employs …